测量系统分析在过程能力评价中的重要性

IF 4 Q2 ENGINEERING, INDUSTRIAL
Miloš Ranisavljev, B. Strbac, P. Janković, Z. Lanc, Ivan Matin, M. Hadzistevic
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引用次数: 0

摘要

统计方法在产品开发阶段的应用已成为工程实践中不可避免的一部分。使用既定的方法对工艺或生产设备的状况进行监测,其中包括对工艺能力的分析。这种分析包括确定评价生产过程或系统、数据收集、分析和数据解释的需要。数据采集是通过测量系统进行的,测量系统在精度和精度方面具有一定的特点,必须满足一定的标准。本文旨在确定过程的能力,计算能力指标Cp和Cpk,并特别参考了测量系统。在能力分析中使用数据之前,先对测量系统进行分析,以确定其在研究总变化中的变化。测量系统的变化被证明是可以接受的,这给了作者进一步开发该测量系统的充分理由。对125个零件的样品进行了工艺能力研究,得出的结论是,观察到的工艺在统计控制范围内,并且可以在规格限制内生产大部分工件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE IMPORTANCE OF MEASURING SYSTEM ANALYSIS IN PROCESS CAPABILITY ASSESSMENT
The implementation of statistical methods in the product development phases has become an unavoidable part of engineering practice. Monitoring of the condition of the process or production equipment is performed using established methodologies, which include the analysis of process capabilities. This analysis involves identifying the need to evaluate the production process or system, data collection, analysis, and interpretation of data. Data acquisition is performed using a measuring system, which with its characteristics in terms of accuracy and precision must meet certain criteria. This paper aims to determine the capability of the process, calculating the capability indices Cp and Cpk, with special reference to the measurement system. Before using the data in the analysis of abilities, an analysis of the measurement system was previously performed to determine its variation in the total variation of the study. The variation of the measuring system proved to be acceptable, which gave the author a sufficient reason to further exploit that measuring system. The process capability study was conducted on a sample of 125 parts, where it was concluded that the observed process is within the statistical control limits and can produce most of the workpieces within the specification limits.
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来源期刊
CiteScore
7.50
自引率
6.70%
发文量
21
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